Jalan Eco Bricks
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A Green Building initiative, JB Fly Ash Bricks aims for fully green environment. It aims for saving agriculture land & thereby increasing the yield of corps. It comes with very high quality as tested by Jadavpur University & NIT, Durgapur as well as the most economical comparing to red clay bricks & we continue aim for it.
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This document presents a business plan for Fastec Industrial, a company that manufactures fly ash bricks. Fly ash is a byproduct of coal combustion in thermal power plants and is currently a major environmental pollutant. The business aims to utilize fly ash to produce bricks, helping reduce pollution while providing a construction material. The plan discusses the production process, market opportunity, promotion strategy, financial projections, and concludes that Fastec can help generate a pollution free environment through this environmentally friendly brick manufacturing business.
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This business plan proposes establishing a fly ash brick manufacturing plant. Fly ash is a byproduct of coal combustion in thermal power plants and currently causes environmental issues. The plan's promoters have MBA and engineering backgrounds. The plant will be located in Raichur district, Karnataka near a thermal power plant and water source. It will employ local villagers and have an annual production capacity of 24 million bricks. The total project cost is approximately 30 lakh rupees to be financed through a bank loan. The plant is expected to be profitable with annual revenues of over 81 lakh rupees and profits of over 10 lakh rupees after covering costs of raw materials, wages, utilities, and depreciation.
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The document proposes establishing a business to produce fly ash bricks as an environmentally friendly alternative to traditional clay bricks. Key points:
1) Fly ash, a byproduct of coal combustion in thermal power plants, is currently an environmental pollutant. The business would utilize fly ash to manufacture bricks, eliminating it from the ecosystem.
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This feasibility report summarizes plans to establish a fly ash brick manufacturing business. Key points include:
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Our proficient and dedicated professionals make the utmost use of these facilities and work round the clock with a client centric approach to meet the industrial requirements. These professionals are well versed and have updated knowledge on the latest technology which ensures hassle free and efficient procurement and storage. We have been highly benefited by our facilities, this being one of the reasons for establishing ourselves as a prominent organization.
www.clcblockmachine.in, www.clcplant.com
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This document summarizes a seminar on sandwich composite materials. Sandwich composites consist of two thin, stiff skins bonded to a lightweight, thick core material. Common core materials include foams, wood, and honeycomb structures. The core provides bending stiffness while the skins provide strength, resulting in an overall lightweight, strong material. Some key applications mentioned include construction, vehicles, aerospace, and insulation panels. The document provides details on different types of sandwich panels used in various industries.
Bricks fin
This document discusses various types of brick bonds used in masonry construction. It begins by defining common brick laying patterns such as stretcher, header, soldier, etc. It then explains different bond patterns including English bond, Flemish bond, English cross bond, rat trap bond, Dutch bond, and others. It also covers special bonds used for garden walls. Finally, it discusses bonds used at wall connections, specifically tee junctions, cross junctions, and squint junctions between walls of varying thicknesses.
Cement Brick & Concrete Block Making
Method Machine Works is the manufacturer and exporter of cement brick making machines, sand brick machines, flyash brick machines, concrete block machines, hollow block machines, interlocking paver machines, curbing block machines, concrete batching plants and concrete mixers that are used to produce various sizes and designs of cement bricks, sand bricks, flyash bricks, coloured bricks, concrete blocks, hollow blocks, interlocking pavers and curbing blocks, either by manual, semi automatic or automatic operations.
Tiles
Tiles are used for roofing and paving. They are classified based on material (common, encaustic) and use (roofing, flooring, drain). Roofing tiles include plain, pan, pot, Allahabad, Mangalore, and concrete tiles. Flooring tiles vary in thickness and shape. Tiles are manufactured by selecting clay, preparing and molding it, drying and shaping, burning in a kiln at 2200°F for 3 hours, and cooling for 3-5 days.
Sustainable technology and design in auroville
The topic of sustainability is at the forefront of current international discussions. The rising importance placed on green practices has been prompted by the rapid depletion of natural resources, and the increased anthropogenic interference in the natural climatic balance. Private and public research institutions and bodies are continuously researching and working on innovative technologies and systems which are environmentally viable for the today’s society, and Auroville is a part of this pursuit for a sustainable future. The presentation deals with how the use of sustainable technology and design helps Auroville to have a better life. It shows the different technologies that are used in Auroville which serves as renewable resource, comparing the cost of Compressed Stabilised Earth Block (CSEB) with other types of blocks.
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The Housing and Urban Development Corporation Limited (HUDCO) is a government-owned corporation in India mandated with building affordable housing and carrying out urban development. It was incorporated in 1970. HUDCO provides long-term financing and technical assistance for housing, urban infrastructure projects, and disaster rehabilitation. It has worked with prominent Indian architects and supported various government priority programs related to housing and urban development. HUDCO also promotes cost-effective construction techniques using local and sustainable materials.
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CELLULAR LIGHT WEIGHT CONCRETE BLOCKS WITH DIFFERENT MIX PROPORTIONS
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Jalan Eco Bricks
A Green Building initiative, an alternate to red clay bricks, and an ultimate way out to protect the agriculture land, protect the fertility of the agriculture land resulting the increase in the yield of corps.
Apart from it, economically it is economic than the conventional red clay bricks with higher compressive strength & low water absorption.
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Builder Shine plans to produce plastic bricks and tiles using plastic waste, fly ash, cement, and other materials. This will reduce plastic waste while providing a sustainable and cost-effective construction material with higher strength than traditional bricks and tiles. The process involves collecting, crushing, and mixing plastic waste with other raw materials then compressing them into molds. The products are then cured for 48 hours. The business aims to use plastic waste effectively while reducing construction costs and providing a better quality product compared to conventional materials.
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This document discusses the process of manufacturing clay bricks. It begins by describing how bricks are made from clay and the firing process that hardens them. It then outlines the typical steps in a brick making process, including quarrying clay, processing it in a pugmill, forming the bricks by extrusion or molding, drying, and firing in a kiln. The rest of the document provides details on specific equipment used in each step, such as box feeders, conveyor belts, crushers, mixers, brick extruders, and cutters. It includes models, specifications, capacities, and power requirements for each type of equipment.
How Auto bricks are Made?
This document discusses equipment used in the clay brick production process. It begins by providing background on bricks and their composition, classification, and typical production process. It then details several key pieces of equipment used, including box feeders, plate feeders, belt conveyors, crushers, mixers, extruders, cutters, and stacking machines. The extruders are described in most depth, outlining different models and their respective capacities, moisture requirements, vacuum levels, extrusion pressures, and power needs.
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This document discusses equipment used in the clay brick production process. It begins by providing background on bricks and their composition. The typical production process is then outlined, involving quarrying clay, mixing and forming bricks, drying, and firing. Various pieces of equipment used at each stage are then described, including box feeders, conveyor belts, crushers, mixers, extruders, cutters, and stacking machines. In summary, the document details the key steps and machinery involved in manufacturing clay bricks on an industrial scale.
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Fly ash bricks are an environmentally friendly building material made from fly ash, a byproduct of coal combustion in thermal power plants. They provide benefits over traditional clay bricks such as higher strength, less water absorption, more uniform dimensions, and lower costs. The production of fly ash bricks helps reduce environmental pollution by utilizing a waste material that would otherwise require proper disposal. India's power plants generate around 40 million tons of fly ash annually, so fly ash bricks help address the problem of fly ash disposal while providing a competitive alternative building material.
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This document provides information on autoclaved aerated concrete (AAC), including its production process, properties, applications, and advantages over other construction materials like concrete and bricks. AAC is a lightweight, strong cellular material created when aluminum reacts with a lime, cement and fly ash blend, releasing hydrogen gas that forms tiny air pockets. It has benefits like high strength, fire resistance, acoustics, pest resistance, and is more environmentally friendly than clay bricks. The document discusses AAC products, applications, and technologies from a company that manufactures AAC blocks and dry mix products.
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The document describes fly ash bricks, which are made from a mixture including fly ash, cement, lime, gypsum, and sand or stone dust. Fly ash bricks offer advantages over conventional bricks like higher compressive strength, lower water absorption, and more uniform size. They use fewer raw materials and require fewer bricks for the same construction, lowering costs by around 30%. The manufacturing process involves mixing, compacting the mixture using hydraulic brick presses, and curing the final products.
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This document provides information on autoclaved aerated concrete (AAC) blocks, including their properties, advantages over other building materials like concrete and bricks, and applications. AAC blocks are lightweight, strong, fire resistant and provide good insulation. They also use waste materials like fly ash and require less energy to produce than clay bricks. The document discusses AAC block production processes and gives details on jointing mortars, waterproofing solutions, plasters and other building products from the company.
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The document discusses a study that aims to develop unfired bricks using 100% waste materials like fly ash, stone dust, and marble dust to address issues with conventional brick production like resource depletion, emissions, and waste management. The methodology develops bricks in the lab through mixing and testing different ratios of the waste materials. Testing shows the developed bricks meet standards for compressive strength and water absorption while costing less than conventional bricks, demonstrating the potential of using industrial waste to produce sustainable building materials.
Automation in Clay and Thermal Industry Waste Products
Construction is a part of
infrastructure, which is essential to promote
growth in the economy. India is one of the fastest
growing economies in the world. The scope of
Infrastructure industry is enormous, as the Indian
Industry has been witnessing a large growth. As
the industries tend to cluster around the cities and
their suburbs, the local governments are pressed
for providing facilities for Housing,
Communication, Power, Water supplies and other
facilities. A competitive, market oriented and
rationalized construction tomorrow requires the
development of automated and robotized
construction system today. This includes
industrialized process originating in a mining,
construction material production, prefabrication
of construction components, on site construction,
facility management, and rehabilitation and
recycling. In today’s construction projects are
characterized by short design and build period,
increased demands of quality and low cost.
Manufacturing Process of Clay Bricks
Clay bricks are commonly used as building materials. The document discusses the materials, manufacturing process, and properties of clay bricks.
The key materials used are clay, sand, lime, and pigments. Clay provides plasticity while sand improves durability. Lime acts as a binder while pigments determine color. In manufacturing, raw materials are mined, crushed, formed into shapes, dried and fired in a kiln. Properties include resistance to fire and sound, as well as uniform shape and size. Alternative manufacturing methods discussed include additive manufacturing and use of natural fibers or waste materials.
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The document describes a building construction project in Vuyyuru, India. It provides details on the specifications of the building, including the foundation, walls, doors, windows, flooring, electrical work, plumbing, and other construction elements. Brick sizes used include standard clay bricks of 230x110x70 mm for outer walls and lightweight AAC blocks of 60x30x10 cm and 40x20x10 cm for interior walls. Concrete is mixed on site using a ratio of 3 parts sand to 1 part cement. The completed building rendering created using ArchiCAD software is also included.
AAC and Mortar Making Plants By Buildmate Projects Private Limited
(http://www.build-mate.co.in) We are a technology driven manufacturer, supplier and exporter firm dealing in an extensive range of AAC and Mortar Making Plants. Our wide range of product includes Autoclaved Aerated Concrete Plants, Dry Mix Mortar Plant and Lime Plants. Our offered machinery gained us a huge repute globally for its precision engineered design, highly reliable performance and cost effectiveness. We ensure to provide the best service and best quality of products to our clients. Our wide range of quality products makes us vivid in the market.
Project manufacture of pavingstones
This document summarizes a project to manufacture paving stones using plastic waste as the primary raw material. The team's goal was to create an innovative and environmentally friendly paving stone using a custom-built machine. They conducted tests on samples with different plastic-to-soil ratios, finding that stones with 70% plastic absorbed less water and had higher compressive and flexural strength than conventional paving stones. The team concluded that using mostly plastic produced a stronger, more durable paving stone while providing a solution for plastic waste.
fdocuments.us_business-plan-on-fly-ash-final.pdf
This document provides a business plan for a proposed fly ash brick manufacturing company called FLY ASH BRICKS Co. The plan summarizes the qualifications of the promoters, introduces fly ash bricks as an environmentally friendly alternative to traditional clay bricks, and outlines the proposed location, operations, finances, and marketing strategy of the business. Key details include a proposed annual production capacity of 24 million bricks, total project costs of approximately 30 million INR, and an expected annual profit of over 10 million INR once operations reach full capacity.
Fly Ash Bricks - Jun'14
Fly ash is fine ash produced by coal-fired power plants that is collected from flue gases. Fly ash bricks are made primarily from fly ash using a process that mixes fly ash with additives like lime and cement. These bricks have advantages over traditional clay bricks like being lighter, stronger, and having better insulation. Government regulations require construction near power plants to use a certain percentage of fly ash in bricks to encourage its use and reduce waste.
Paper final (4) copy
The document discusses the use of construction debris as an aggregate substitute in manufacturing hollow concrete blocks and pavement blocks. Debris collected from construction sites is crushed and screened to sizes suitable for fine and coarse aggregates. These aggregates are then mixed with cement and water to form blocks using molds. The blocks are cheaper than traditional clay bricks and help reduce environmental degradation from debris dumping. Using debris also promotes environmental protection by reducing the impacts of landfilling and clay brick production.
Eco bricks by using municipal solid waste and Agricultural waste
The document discusses the production of "eco bricks" using municipal solid waste and agricultural waste. It aims to provide an eco-friendly and sustainable solution for construction materials. The methodology involves mixing soil, plastic waste, and agricultural waste and molding them into bricks. The bricks are then dried and fired in kilns. Experimental results show that bricks with 10% waste content had higher compressive strength than conventional bricks. Eco bricks reduce pollution, waste, and costs while providing sufficient strength for construction compared to traditional bricks.
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Auto bricks making technology and machinery catalogue
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Jalan Eco Bricks
- 1. JALAN ECO BRICKS AND INDUSTRIES High Quality Fly Ash Bricks Manufacturing Unit in Bankura District. Works: P.O.: Gossainpur, P.S.: Bishnupur Email: jalanecobricks@gmail.com Mobile No. 9434224863/ 9874163030
- 2. WHO WE ARE 30 + Years of experience in Building Materials Business Fully Automatic Fly Ash Brick Making Machine From One of The Top Reputed Company in India Was One of The Early Automatic Stone Crusher Owner in Bankura District. Own Infrastructure Facility For Product Delivery.
- 3. WHY FLY ASH BRICKS USAGE REQUIRES URGENT BASIS:
- 4. Farmers Forced to Sell Soil For Brick Making Because Their Neighbor Has Sold Soil → leaves 4-6’ deep gap in surface levels
- 5. Soil Extraction Above Agreed Depth → Land Unsuitable For Agriculture
- 6. With Fly Ash Bricks, Next Stage of Green Revolution May Be Successful
- 7. Reducing Green House Gas Emission Did You Know Greenhouse Gases are released when WE Use Energy Derived From Burning Fossil Fuels e.g. Coal, Oil, Natural Gas. Gasoline & Diesel?
- 8. Emission of Green House Gas Out Of Total Bricks, 50% of Fly Ash Brick Usage Will Reduce Emission of Green House Gas By 435,000 Tons Each Year
- 9. JB Bricks Vs. Red Clay Bricks JB Bricks Red Clay Bricks
- 10. WHY JB FLY ASH BRICKS (JB Brick Tested at Jadavpur University & NIT, Durgapur) 75 136.67 25.00 6.30 15 0 0 50 100 150 200 Red Clay Bricks JB Fly Ash Bricks Compressive Strength (Kg/cm^2) Water Absorption(%) Efflorescence(%)
- 11. BRICK SIZE : i) 250 X 120 X 75 mm; and ii) 230 X 110 X 75 mm
- 12. Production Capacity 15000 Bricks/ Shift
- 13. MANUFACTURING PROCESS Fully Automatic Machine 3000 PSI Hydraulic Pressure Automatic Triple Stroke To Ensure High Density Filling of Mortar In Brick Mold Cement, Fly Ash, Course Sand No Manual Touch for 24 Hours After Bricks Production Water Curing At least For 24 Days Post Water Curing; Another 25 Days Dry Curing Before Delivery.
- 14. TEST REPORT FROM JADAVPUR UNIVERSITY
- 15. TEST REPORT FROM NIT, DURGAPUR
- 16. OUR CUSTOMERs SHAPOORJI PALLONJI * (enlisted vendor, sample is accepted) SATWIK GROUP SARVA SHIKSHA MISSION, BANKURA BISHNUPUR B.D.O. OFFICE (opportunity via supplier) BISHNUPUR P.W.D. ** (talk in advance stage) FOREST DEPARTMENT (opportunity via supplier) PHE DEPARTMENT, BANKURA LOCAL ENGINEERS & SUPPLIERS
- 17. YOU CAN REACH US AT: Mr. Bishnu Kumar Jalan : 9434224863; & Mr. Shib Kumar Jalan : 9874163030
- 19. Let’s Give Our KIDs
- 20. THANK YOU
Editor's Notes
- *Enlisted Vendor, selected our sample after visit at our site with testing four times; but chose foam bricks (AAC Block) for their Super Multi Specialty Hospital project in Bishnupur. ** Talks in advance stage